One of the most toxic effects of organophosphate (OP) poisoning has been the paralysis of skeletal muscles that can lead to paralysis of respiratory muscles and death. However, oximes are the only antidotes available to reverse or prevent such toxic effects of OP insecticides and nerve chemical warfare agents. In the present research work, the effect of different concentrations of paraoxon (as ...

[no abstract available]

During the Iraq-Iran war of 1980 -1988, the most commonly used chemical warfare agents (CWA) were nerve agents and sulfur mustard gas (SM). SM was used frequently as a chemical weapon by Iraq during the war against Iran, and had deleterious effects on Iranian military troops and the unprotected inhabitants of Sardasht, Iran and Halabche, Iraq. In this report, we review the scientific literature...

Direct experimentation with chemical warfare agents (CWA) to study important problems such as their permeation across protective barrier materials, decontamination of equipment and facilities, or the environmental transport and fate of CWAs is not feasible because of the obvious toxicity of the CWAs and associated restrictions on their laboratory use. The common practice is to use "simulants," ...

OBJECTIVE Exposure of DNA to sulfur mustard gas may increase the inheritance of asthma in chemical warfare victims' (CWV) offspring. The objective of this study was to determine the prevalence of asthma in children of CWV and compare it to asthmatic children in the general population. METHODS Four hundred and nine children from 130 CWV fathers and 440 children from 145 asthmatic parents from ...